Respiratory Therapy Zone

The V/Q ratio refers to the amount of air that reaches the alveoli per minute compared to the amount of blood. It provides an assessment of the patient's: 1. Ventilation (V) 2. Perfusion (Q) Read this guide to learn more about this topic. ?? https://bit.ly/2VxdPcP

While there is currently no cure for asthma, effective management strategies, including medication and lifestyle changes, can help control symptoms and improve the quality of life for those affected. https://bit.ly/3TXXfjO

The patient with a head injury is being mechanically ventilated at a rate of 18 /min. The delivered tidal volume is 900 mL. The patient’s current arterial blood gas results are below: pH: 7.50 PaCO2: 28 torr PaO2: 90 torr HCO3: 21 mEq/L BE: -1 mEq/L The most appropriate recommendation for this patient would be to: A. Maintain the present settings B. Decrease the ventilator rate C. Decrease the tidal volume D. Add mechanical dead space

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Inappropriate Body Positioning: Failing to adequately position the body can lead to poor drainage of respiratory secretions, increasing the risk of infection. ?? https://bit.ly/3wboNu3

A pneumothorax is a condition in which air accumulates in the pleural space, resulting in a collapse of the affected lung. ?? https://bit.ly/2XHbDRm

Help save one life, you’re a hero. Help save thousands of lives, you’re a Respiratory Therapist. ?? #respiratorytherapy #respiratorytherapist #respiratorytherapystudent #respiratorytherapyzone #respiratorycare #respiratorytherapyschool

Guillain-Barré syndrome is a disease that causes weakness and muscle paralysis and can lead to respiratory failure. This case study explores the diagnosis and treatment of an adult patient who presented with signs and symptoms of this condition. ?? https://bit.ly/35iPfBg

Lobar collapse is typically caused by airway obstruction, which can result from mucus plugs, foreign bodies, tumors, or infection-related inflammation that blocks a bronchus. ?? https://bit.ly/4daEcLL

A patient with an endotracheal tube in place is receiving oxygen enrichment by a heated all-purpose nebulizer. Water is collecting in the delivery hose. The respiratory therapist should: A. Reduce the oxygen flow B. Drain the tubing frequently C. Unplug the theater D. Position the tubing so that the condensate drains back into the reservoir